ovde - Etaž

ANEKS B – ANNEX B
14.30–17.00 h IV. ZGRADE I POTREBNA
ENERGIJA
Buildings and their Energy Demands
22. ANALIZA UTICAJA NAČINA GRADNJE STAMBENIH
OBJEKATA NA POTREBNU TOPLOTU ZA GREJANJE
ZA KLIMATSKO PODRUČJE BEOGRADA
ANALYSIS OF THE EFFECTS OF HOUSING CON-
STRUCTION METHOD ON THE HEATING DEMANDS
FOR BELGRADE WEATHER CONDITIONS
Iva Bulatović i Maja Todorović, Mašinski fakultet Univerziteta
u Beogradu, Beograd
23. PROCJENA RIZIKA POVEĆANJA POTROŠNJE ENER-
GIJE USLED KLIMATSKIH PROMJENA I PROMJENA
NAMJENE ZGRADE
ASSESSMENT OF RISK OF INCREASED ENERGY
CONSUMPTION DUE TO CLIMATE CHANGE AND
CHANGE OF BUILDING PURPOSE
Milenka Lalović, Mašinski fakultet, Istočno Sarajevo,
RS, BiH, Nataša Đurić, SINTEF Energy Research,
Energy Processes, Trondheim, Norway, Vojislav Novaković,
Norwegian University of Science and Technology,
Department of Energy and Process Engineering,
Trondheim, Norway, Branislav Živković, Mašinski
fakultet, Beograd
24. PRENOS TOPLOTE KROZ TLO – PRAKTIČAN PRI-
KAZ PRIMENE EPBD U RUMUNIJI
HEAT TRANSFER THROUGH THE GROUND – A
PRACTICAL APPROACH OF EPBD IN ROMANIA
Silviana Brata, „Politehnica“ University of Timisoara,
Romania, Ioan Silviu Dobosi, Vice-president,
AIIR/REHVA, Ioan Bistran, SC Dosetimpex SRL, Timisoara,
Romania
25. KONFIGURACIJA SISTEMA ZA UPRAVLJANJE ZGRA-
DAMA
CONFIGURATION OF THE BUILDING CONTROL
SYSTEMS
Stanko Stankov i Staniša Perić, Elektronski fakultet,
Niš
26. PRAĆENJE I KONTROLA TOKOM VEKA TRAJANJA
ZGRADE KAO SREDSTVO NJENOG EFIKASNOSG
ODRŽAVANJA
LIFETIME COMMISSIONING AS A MEANS OF EFFI-
CIENT BUILDING MAINTENANCE
Nataša Đurić, SINTEF Energy Research, Energy Processes,
Trondheim, Norway, i Vojislav Novaković,
Norwegian University of Science and Technology,
Department of Energy and Process Engineering, Trondheim,
Norway
27. PODEŠLJIVI TEČNI SISTEMI ZA ZASENJIVANJE ZA
INTELIGENTNE PROZORE
SWITCHABLE LIQUID SHADING SYSTEM FOR
SMART WINDOWS